@misc{9245745,
  abstract     = {{Renewable energy expansion and carbon sink enhancement are central to developing sustainable climate pathways, yet the rapid deployment of renewable energy technologies is intensifying land-use competition and increasing the need for more resource-efficient siting strategies. Solar development on former peat extraction sites represents one such approach, as it enables the use of degraded land while avoiding conflicts with higher-value land uses. When combined with peatland rewetting, this approach may also provide dual climate benefits by integrating renewable energy generation with carbon sink preservation. Despite this potential, empirical research on the feasibility and current development of such projects remains limited. This thesis addresses this gap by examining the experiences and perspectives of 6 key stakeholder groups in Sweden. Guided by the PESTLE framework and the land–energy–climate nexus, the study assesses the opportunities and constraints associated with solar deployment on cut peatlands. The findings indicate a generally positive perception of the suitability of cut peatlands for solar development, particularly when combined with rewetting due to the potential of combined climate benefits. The viability of such projects is currently constrained by profitability concerns related to low electricity prices, limited grid capacity, and the use of novel technologies adapted to these land conditions. In addition, regulatory complexity and the absence of clear guidelines contribute to uncertainty among both developers and authorities, while the lack of financial incentives for integrating rewetting with solar development risks limiting the realization of the full climate benefits associated with these projects.}},
  author       = {{Lyrvall, Anna}},
  issn         = {{1401-9191}},
  language     = {{eng}},
  note         = {{Student Paper}},
  series       = {{IIIEE Master Thesis}},
  title        = {{Solar for Peat’s Sake: Exploring Challenges and Opportunities with Ground Mounted Photovoltaics on Former Peat Extraction Sites in Sweden}},
  year         = {{2026}},
}